A mesh point sends the DHCP request with the mesh private VLAN (MPV) parameter. The mesh point learns the MPV value from the response during the mesh association. When the split tunnel is setup for the RMP on the controller, the VLAN of the tunnel should be the MPV.A DHCP pool for the MPV should be setup on the switch. The use of MPV makes it easy for the RMP to decide which requests to forward over the split tunnel. All requests tagged with the MPV are sent over the split tunnel. Hence the MPV should be different from any user VLAN that is bridged using the mesh network.

The RMP configuration requires an AP license. For more information about Dell software licenses, see Software Licenses on page 100.”

How RMP Works

When a client at the branch office associates to a split VAP, the client’s DHCP requests are forwarded over a GRE tunnel (split tunnel) to the corporate network. This communication is done over a secure VPN tunnel. The IPs are assigned from the corporate pool based on the VLAN tag information, which helps to determine the corresponding VLAN. The VLAN tag also determines the subnet from which the DHCP address has assigned.

A mesh point sends the DHCP request with the mesh private VLAN (MPV) parameter. The mesh point learns the MPV value from the response during the mesh association. When the split tunnel is set up for the RMP on the controller, the VLAN of the tunnel should be the MPV. A DHCP pool for the MPV should be set up on the controller. The use of MPV makes it easy for the RMP to decide which requests to forward over the split tunnel. All requests tagged with the MPV are sent over the split tunnel. Hence the MPV should be different from any user VLAN that is bridged using the mesh network.

Figure 138: Working of RMP

Creating a Remote Mesh Portal In the WebUI

A remote mesh portal must be provisioned as both a remote access point and a mesh portal. For instructions on provisioning the remote mesh portal as a remote access point, see "Configuring the Secure Remote Access Point Service" on page 512.

Wired ports on remote mesh portals can be configured in either bridge or split-tunnel forwarding mode. There are, however, limitations to the forwarding modes that can be used by other mesh node types. Do not use bridge or split- tunnel forwarding mode for wired ports on mesh points. Virtual APs on remote mesh portals and remote mesh points also do not support bridge or split-tunnel forwarding mode.

NOTE: A remote mesh portal does not support bridge mode Virtual APs or offline Virtual APs.

472 Secure Enterprise Mesh

Dell PowerConnect W-Series ArubaOS 6.2 User Guide

Page 471 Page 473
Page 472
Image 472
Dell 6.2 manual How RMP Works, Creating a Remote Mesh Portal In the WebUI
Page 471 Page 473

6.2 specifications

Dell 6.2 is an advanced enterprise solution that caters to the needs of businesses seeking robust performance and efficiency. As a part of Dell's commitment to innovation, the 6.2 series combines cutting-edge technologies and features that enhance productivity and deliver reliable computing experiences.

One of the standout features of the Dell 6.2 is its impressive processing power. Equipped with the latest Intel processors, it offers exceptional speed and multitasking capabilities. This allows businesses to run demanding applications effortlessly, making it ideal for data-intensive tasks such as data analysis, software development, and virtualization. The series also supports substantial RAM configurations, enabling users to manage extensive workloads without experiencing slowdowns.

In terms of storage, the Dell 6.2 line includes advanced SSD options that significantly boost data access speeds compared to traditional hard drives. This rapid access to information is vital for businesses that require quick retrieval of large datasets. Furthermore, the devices support RAID configurations, which enhances data redundancy and security, protecting critical business information from loss.

Connectivity is another critical aspect of the Dell 6.2 series. It includes multiple USB ports, HDMI outputs, and high-speed Ethernet options, ensuring that users can easily connect to various peripherals and networks. The integration of Wi-Fi 6 technology enables faster wireless connections, resulting in improved internet speeds and bandwidth efficiency, which is crucial in today’s increasingly connected workplaces.

Dell has also prioritized security in the 6.2 series. It features enhanced biometric authentication and advanced encryption methods, safeguarding sensitive data from unauthorized access. Additionally, the system's BIOS protection and automatic updates provide an added layer of security, ensuring that the device remains safe from emerging threats.

The design of the Dell 6.2 is not only sleek and modern but also built for durability. Its robust chassis is engineered to withstand the rigors of daily use, making it suitable for various business environments. This durability ensures that the investment in Dell 6.2 will last for years while maintaining performance integrity.

In summary, the Dell 6.2 series embodies a blend of speed, storage efficiency, connectivity, and security, making it a top choice for enterprises looking to enhance their computing capabilities. With its modern features and durable design, Dell 6.2 is positioned as a reliable partner in driving business success.
Top Page Image Contents